A general-purpose package for fabricating and computing with synthetic vasculature
Synthetic Vascular Toolkit
Flexible API for Vascular Generation
Capable of supporting a wide range of hardware and major computing platforms including Windows, macOS, and Linux, SVT provides a flexible API for challenging tasks in vascular modeling.
Exceptionally Fast & Performant
Core SVT code uses JIT-compilation and novel algorithms to construct synthetic vasculature at impressive speed within arbitrary shapes. It is well-posed for both engineering and anatomic applications.
Powerful Hemodynamic Analysis
Interfacing with a comprehensive suite of computational fluid dynamics solvers through SimVascular, SVT offers robust multi-fidelity hemodynamic analysis for applications including device design, AI, precision medicine, and regenerative medicine
Integrated for 3D Printing & Bioprinting
SVT provides a number of common file types to translate computer models into fabrication-ready prints for stereolithography, extrusion, and fused-deposition.
Easy to Use
Leveraging high-level Python syntax, SVT is easily assessible to a variety of bioengineers, researchers, and programmers with minimal background in vascular computation.
Open Source
As part of the open-source project, SimVascular, SVT is distributed under a license for general public use. SVT is maintained by a vibrant set of engineers and computer scientists at Stanford's CBCL.
SVT Demo
Use the interactive python notebook to build a demo vascular tree!
>>>import svcco
>>>
>>>t = svcco.tree()
>>>t.set_boundary(domain)
>>>t.set_root()
>>>t.n_add(10)